Comparison

Voltage Divider Calculator vs Voltage Divider Calc

Price, ratings, monetisation and update history for both apps, side by side — with what reviewers say about each.

Head to head
About

Voltage Divider Calculator

Calculate unknown values in voltage divider circuits with ease. Supports loaded dividers, power dissipation calculations, and finding standard resistor values. Ideal for students, hobbyists, and engineers.

Highlights
  • Calculate Vin, Vout, R1, R2
  • Support for loaded dividers (RL)
  • Power dissipation calculation (P(R1), P(R2))
  • Find nearest standard E24 resistor values
  • Supports Ohms and Kilo-Ohms
  • Instant results as you type
Features
Read full description

Voltage Divider Calculator Easily solve voltage divider circuits Enter any 3 known values — • Input Voltage (Vin) • Output Voltage (Vout) • Resistor 1 (R1) • Resistor 2 (R2) and the app instantly calculates the fourth. NEW in this version: • Loaded divider support — add an optional Load Resistance (RL) to see the real output voltage under load • Power dissipation — see P(R1) and P(R2) instantly, so you can pick the right resistor wattage • Standard values — get the nearest E24 resistor value for your calculated resistance • Completely ad-free — no banners, no pop-ups, no tracking Supports Ohms and Kilo-Ohms, with instant results as you type. Perfect for students, hobbyists, and engineers doing quick, accurate circuit analysis and design. Compatible with both iPhone and iPad.

About

Voltage Divider Calc

Features
Read full description

Voltage Divider Calculator is a practical electronics tool for quickly calculating resistor divider circuits, output voltage, input voltage, and resistor values. Built for students, makers, technicians, and electrical engineers, it helps you solve common voltage divider problems with a clear interface and fast, reliable results. Whether you are designing an Arduino input circuit, scaling a sensor signal, choosing resistor values for a reference voltage, learning basic electronics, or checking a circuit before building it, this app gives you the numbers you need without extra complexity. Calculate voltage divider results from known resistor and voltage values, explore different calculation modes, and work with common resistor units such as ohms, kilo-ohms, and mega-ohms. The app is designed to make everyday electronics calculations easier, especially when switching between units or comparing circuit options. Key features include: • Calculate voltage divider output voltage • Solve for input voltage, R1, or R2 depending on your circuit need • Support for common resistor units • Clean input fields for fast calculation • Presets for commonly used resistor values • Calculation history for reviewing previous results • Circuit diagram view for easier understanding • Educational reference content for learning how voltage dividers work • Locale-aware number input for international users • Simple, focused design for electronics work Voltage dividers are widely used in analog circuits, embedded systems, microcontroller projects, battery monitoring, sensor interfacing, signal scaling, reference voltage generation, and many other electronics applications. This calculator helps reduce manual math and makes it easier to test resistor combinations before committing to a circuit. For students, the app provides a convenient way to understand the relationship between input voltage, output voltage, R1, and R2. For engineers and hobbyists, it works as a fast pocket reference when designing or debugging circuits. Use Voltage Divider Calculator when you need to: • Step down a voltage for a microcontroller input • Estimate sensor output scaling • Choose resistor values for a target voltage • Verify circuit calculations • Compare divider ratios • Learn and apply the voltage divider formula • Save and revisit previous calculations The app focuses on clarity, speed, and accuracy, making it suitable for classroom learning, lab work, electronics repair, prototyping, and PCB design preparation. It keeps the workflow simple: enter your values, choose the calculation mode, review the result, and continue designing. Voltage Divider Calculator is a useful companion for anyone working with electronics, circuit design, electrical engineering, Arduino projects, Raspberry Pi hardware, embedded systems, analog circuits, or resistor networks. Thanks for your support and do visit nitrio.com for more apps for your iOS devices.

Screenshots

Voltage Divider Calculator4 screens
Voltage Divider Calc4 screens

Verdict

The call

The clearest difference is price: Voltage Divider Calculator at Free against Voltage Divider Calc's $2.99. On ads, in-app purchases, device support and iOS requirement there is nothing between them.

Scored on Price · Rating · Positive reviews · Number of ratings · Update frequency · Ads · In-app purchases · Monetization · Best chart rank · Devices · Requires iOS

CostPrice · In-app purchases · Ads · Monetization

Voltage Divider Calculator is free to download; Voltage Divider Calc costs $2.99 up front. Neither carries in-app purchases, so what you see is what you pay.

Scorecard1 real difference · 8 level
Voltage Divider Calculator versus Voltage Divider Calc: the parameters behind the verdict, then further details
ParameterVoltage Divider CalculatorVoltage Divider Calc
PriceFree — better$2.99
Rating3.3 (3 ratings) — better—
Number of ratings3 — better—
Update frequencyEvery 11 months—
AdsNoNo
In-app purchasesNoNo
MonetizationFree—
DevicesiPhone, iPadiPhone, iPad
Requires iOS17.617.6
Further details — not scored
Size9 MB2 MB
Age rating4+4+
DeveloperV PUGAZHENTHINitrio

In-app purchases

None

Voltage Divider Calculator

No in-app purchases

None

Voltage Divider Calc

No in-app purchases

Questions

Is Voltage Divider Calculator free?
Voltage Divider Calculator is free to download, with no in-app purchases.
Is Voltage Divider Calc free?
Voltage Divider Calc costs $2.99, with no in-app purchases.
Do Voltage Divider Calculator or Voltage Divider Calc have ads?
Neither Voltage Divider Calculator nor Voltage Divider Calc shows ads.

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